- Molecular Symmetry and Metastable States of Enzymes Exhibiting Half-of-the-Sites
Reactivity. Herzfeld J, Ichiye T and Jung D. Biochemistry 20, 4936-4941 (1981).
Abstract
- Kinetics of Cooperative Ligand Binding in Proteins: The Effects of Organic Phosphates
on Hemoglobin Oxygenation. Bansil R, Herzfeld J and Stanley HE. J Mol Biol
103, 89-126 (1976). Abstract
- Analysis of the Allosteric Basis for Positive and Negative Cooperativity and
Half-of-the-Sites Reactivity in Yeast and Rabbit-Muscle Glyceraldehyde 3-Phosphate
Dehydrogenase. Herzfeld J and Schlesinger PA. J Mol Biol 97, 483-517 (1975).
Abstract
- Hemoglobin Kinetics and the Effect of Organic Phosphates. Bansil R, Herzfeld J and
Stanley HE. Science 186, 929-932 (1974).Abstract
- A General Approach to Cooperativity and Its Application to the Oxygen Equilibrium
of Hemoglobin and Its Effectors. Herzfeld J and Stanley HE. J Mol Biol 82,
231-265 (1974).
Abstract
- A General Model of Cooperativity and Its Application to DPG Inhibition of Hemoglobin
Oxygenation. Herzfeld J and Stanley HE. Biochem Biophys Res Comm 48, 307-313 (1972).